STELLA is a user-friendly computer software. Build a model by drawing an image of a system and providing mathematical formulas and input data to the system. Based on professional interests, STELLA can be used to establish various system dynamic models in agriculture, ecology, environment, etc., to serve scientific research, teaching, and management.
Teach students how to use STELLA software for system dynamic simulation, and explain the practical application of STELLA software in agriculture, ecology and environmental science through actual cases.
https://mp.weixin.qq.com/s?__biz=Mzg2NDYxNjMyNA==&mid=2247539443&idx=6&sn=33c49cb0caacfd493d136107422714e1&chksm=ce64b018f913390ecae95cbed3184840a6 25d5fa1ce11831d051e00775e3021df29e36df7629 &token=1152897904&lang=zh_CN#rd| Chapter One Introduction to system dynamic methods and introduction to STELLA software |
1. System dynamic method and dynamic thinking 2. The purpose, construction process and common applications of dynamic simulation 3. Overview of STELLA software (installation, interface and function explanation, etc.) |
| Chapter two The process of establishing system dynamic model using STELLA software (Part 1) |
1. Construction of conceptual model 2. Input of parameters and formulas 3. Model operation and prediction 4. Display, save and output of results 5. Cases and practical exercises |
| third chapter The process of establishing system dynamic model using STELLA software (Part 2) |
6. Rules for using STELLA language 7. The role of liaison and converter 8. Common flow patterns and applications 9. Cases and practical exercises |
| Chapter Four Use of STELLA software tools and system dynamic model cases |
1. Guidance on graphical data input methods 2. Feedback loop 3. Explanation of some tools of STELLA software 4. Cases and practical exercises of system dynamic simulation applications
|
| chapter Five The use of STELLA software tools and the application of system dynamic models |
1. Simulation of dynamic changes of pesticides in agricultural ecosystems 2. Assessment of dynamic changes of toxicants in animals 3. Simulation of dynamic changes in lake water pollutants 4. Groundwater nitrate nitrogen excretion model 5. Nitrogen cycle simulation model 6. Other models... |
| Chapter 6 Course Summary and Outlook |
1 Limitations of STELLA software 2 New developments in system dynamics |
CASA (Carnegie-Ames-Stanford Approach) model principle and practice
Air quality simulation and pollution source analysis technology and case analysis based on CAMx
R language and crop model (taking DSSAT model as an example) integrate and apply advanced practical technology
Ecosystem carbon cycle model CENTURY modeling method and practical applications
Practical application of Biome-BGC ecosystem model and Python integration technology
Practical technical application of CLM land surface process model